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Functions3,134 in github.com/NanoComp/meep

⨍ Functions 3,134◇ Types & classes 277↳ Endpoints 3

↓ 23 callersMethodget_field_point

python/tests/test_dump_load.py:110

↓ 23 callersMethodiyee_shift

src/meep/vec.hpp:1132

↓ 22 callersFunctioncdouble

src/array_slice.cpp:75

↓ 22 callersMethodclear

src/meep.hpp:794

↓ 22 callersFunctioncount_processors

src/mympi.cpp:644

↓ 22 callersMethodget_max_corner

src/meep/vec.hpp:997

↓ 22 callersFunctionis_B

src/meep/vec.hpp:421

↓ 22 callersFunctionurand

uniform pseudo-random number in [min,max]

tests/integrate.cpp:101

↓ 22 callersMethodwhere

python/simulation.py:683

↓ 22 callersFunctionzeros

python/tests/test_geom.py:11

↓ 21 callersMethodin_direction_max

src/meep/vec.hpp:961

↓ 21 callersMethodinit_simple_simulation

(self, **kwargs)

python/tests/test_simulation.py:197

↓ 21 callersMethodmeep_time

Return the current simulation time in simulation time units (e.g. during a run function). This is not the wall-clock time. O

python/simulation.py:2618

↓ 21 callersMethodoutput_hdf5

src/h5fields.cpp:225

↓ 21 callersFunctionv3

tests/bend-flux-ll.cpp:27

↓ 20 callersMethodcheck_band_range_data

(self, expected_brd, result, places=3, tol=1e-3)

python/tests/test_mpb.py:189

↓ 20 callersMethodget_filename_prefix

Return the current prefix string that is prepended, by default, to all file names. If you don't want to use any prefix, then you sho

python/simulation.py:2749

↓ 20 callersFunctionis_D

src/meep/vec.hpp:420

↓ 20 callersMethodopen_h5file

src/h5fields.cpp:455

↓ 20 callersMethodround_time

python/simulation.py:2641

↓ 20 callersMethoduse_real_fields

src/fields.cpp:144

↓ 19 callersFunction_eval_step_func

(sim, func, todo)

python/simulation.py:5049

↓ 19 callersMethodaxis

python/simulation.py:196

↓ 19 callersMethodinit_sim

python/tests/test_chunk_balancer.py:38

↓ 18 callersFunctioncompare_point

tests/cylindrical.cpp:38

↓ 18 callersFunctioncompare_point

tests/two_dimensional.cpp:51

↓ 18 callersMethoddft_ldos

src/dft_ldos.cpp:25

↓ 18 callersFunctionlinspace

↓ 18 callersFunctionmax_to_all

src/mympi.cpp:377

↓ 18 callersMethodmultiplicity

src/vec.cpp:1208

↓ 18 callersMethodnz

src/meep/vec.hpp:1035

↓ 18 callersMethodtotal_volume

total computational grid_volume, including regions redundant by symmetry

src/fields.cpp:717

↓ 18 callersFunctionvolcyl

src/vec.cpp:932

↓ 17 callersMethodget_filename_prefix

python/solver.py:329

↓ 17 callersFunctionis_derived

src/meep/vec.hpp:424

↓ 17 callersMethodread_chunk

src/h5file.cpp:838

↓ 17 callersMethodwrite_chunk

src/h5file.cpp:696

↓ 16 callersMethodadd_flux_plane

As add_flux_vol, but infer direction from where (if possible)

src/energy_and_flux.cpp:232

↓ 16 callersFunctioncheck_splitsym

tests/integrate.cpp:197

↓ 16 callersFunctioncompare

tests/cylindrical.cpp:28

↓ 16 callersFunctioncoordinate_mismatch

true if d is polar while dim is cartesian, or vice versa

src/meep/vec.hpp:405

↓ 16 callersMethodfield_energy_in_box

src/energy_and_flux.cpp:54

↓ 16 callersMethodget_chi1inv_at_pt

src/monitor.cpp:266

↓ 16 callersMethodget_fragment_stats

( self, block_size, cell_size, dims, box_center=mp.Vector3(),

python/tests/test_fragment_stats.py:53

↓ 16 callersFunctionvolone

src/vec.cpp:904

↓ 16 callersMethodyee2cent_offsets

Return array offsets to average with a given array location of c in order to get c on the "centered" grid. Then, to get the centered grid point

src/vec.cpp:333

↓ 15 callersMethodcompare_h5_files

(self, ref_path, res_path, tol=1e-3)

python/tests/test_mpb.py:230

↓ 15 callersFunctionget_attr_dbl

python/typemap_utils.cpp:338

↓ 15 callersMethodget_chunk_volumes

src/structure.cpp:999

↓ 15 callersMethodget_efield

(self, which_band, bloch_phase=True)

python/solver.py:386

↓ 15 callersMethodload

Loads simulation state. This should called right after the Simulation object has been created but before 'init_sim' is calle

python/simulation.py:2426

↓ 15 callersMethodowns

src/vec.cpp:445

↓ 15 callersFunctionset_materials_from_geometry

set the materials without previously creating a geom_eps object */

src/meepgeom.cpp:2000

↓ 15 callersMethoduse_output_directory

Output all files into a subdirectory, which is created if necessary. If the optional argument `dname` is specified, that is the name

python/simulation.py:2774

↓ 14 callersFunctionLOOP_OVER_IVECS

src/dft.cpp:343

↓ 14 callersMethod__init__

Construct a `Cone`. **`radius2` [`number`]** — Radius of the tip of the cone (i.e. the end of the cone pointed to by

python/geom.py:1228

↓ 14 callersFunctionall_wait

src/mympi.cpp:628

↓ 14 callersFunctionmake_sim

(cell, res, pml, dims, create_gv=True, k_point=False)

python/tests/test_fragment_stats.py:26

↓ 14 callersFunctionmax

tests/bench.cpp:218

↓ 14 callersFunctionone_ivec

src/meep/vec.hpp:922

↓ 14 callersMethodset_conductivity

src/structure.cpp:425

↓ 14 callersMethodstride

src/meep/vec.hpp:1025

↓ 13 callersFunctioncompare

tests/known_results.cpp:43

↓ 13 callersMethodcreate_data

Create a dataset, for writing chunks etc. Note that, in parallel mode, this should be called by *all* processors, even those not writing any da

src/h5file.cpp:468

↓ 13 callersFunctionf

python/adjoint/unfilter_design.py:35

↓ 13 callersMethodget_dfield

(self, which_band, bloch_phase=True)

python/solver.py:389

↓ 13 callersMethodphase_shift

src/vec.cpp:1347

↓ 13 callersMethodread_size

src/h5file.cpp:238

↓ 12 callersMethod_boundary_layers_to_vol_list

Returns three lists of meep::volume objects. The first represents the boundary regions with no overlaps. The second is regions where

python/simulation.py:1907

↓ 12 callersFunctioncompare

tests/two_dimensional.cpp:42

↓ 12 callersMethodconvex_circle

(self, npts, r, sym)

python/tests/test_prism.py:83

↓ 12 callersMethodcount_volume

src/energy_and_flux.cpp:32

↓ 12 callersFunctionintegral1

integrals of 1 and x, respectively, from a to b, or 1 and x if a==b: */

tests/integrate.cpp:67

↓ 12 callersFunctionintegralx

tests/integrate.cpp:74

↓ 12 callersFunctionmaterial_type_equal

src/meepgeom.cpp:130

↓ 12 callersFunctionmy_rank

src/mympi.cpp:634

↓ 12 callersFunctionones

python/tests/test_geom.py:15

↓ 12 callersMethodoutput_field_to_file

(self, component, fname_prefix)

python/solver.py:623

↓ 12 callersMethodunit

Returns a unit vector in the direction of the vector. ```python v2 = v1.unit() ```

python/geom.py:209

↓ 12 callersFunctionvol2d

src/vec.cpp:921

↓ 11 callersMethodadd_susceptibility

src/structure.cpp:471

↓ 11 callersMethodget_farfield

Given a `Vector3` point `x` which can lie anywhere outside the near-field surface, including outside the cell and a `near2far` object

python/simulation.py:3227

↓ 11 callersFunctionis_medium

src/meepgeom.cpp:297

↓ 11 callersFunctionload_dft_hdf5

src/dft.cpp:470

↓ 11 callersFunctionmapping

Applies the smoothing and projection.

python/examples/waveguide_crossing.py:188

↓ 11 callersMethodn_proc

src/meep.hpp:1566

↓ 11 callersMethodplot2D

Produce a graphical visualization of the geometry and/or fields, as appropriately autodetermined based on the current state of progres

python/adjoint/optimization_problem.py:560

↓ 11 callersFunctionprint_heading

python/examples/mpb_tutorial.py:9

↓ 11 callersMethodrun_parity

(self, p, reset_fields, *band_functions)

python/solver.py:892

↓ 11 callersFunctionsave_dft_hdf5

Note: the file must have been created in parallel mode, typically via fields::open_h5file.

src/dft.cpp:445

↓ 11 callersMethodscale_dft

src/dft.cpp:402

↓ 11 callersMethodscale_dfts

python/simulation.py:671

↓ 11 callersFunctionvec_to_vector3

src/meepgeom.cpp:238

↓ 10 callersFunctionFOR_DIRECTIONS

src/vec.cpp:483

↓ 10 callersMethodadjoint_solver

( self, design_params: List[float] = None, mon_type: MonitorObject = None, fre

python/tests/test_adjoint_solver.py:112

↓ 10 callersFunctioncalc_nonlinear_u

Given Dsqr = |D|^2 and Di = component of D, compute the factor f so that Ei = chi1inv * f * Di. In principle, this would involve solving a cub

src/step_generic.cpp:542

↓ 10 callersMethodcall_chi1

(self, material, frequency)

python/tests/test_dispersive_eigenmode.py:22

↓ 10 callersMethodchange_sources

Change the list of sources in `Simulation.sources` to `new_sources`, and changes the sources used for the current simulation. `new_so

python/simulation.py:4479

↓ 10 callersFunctioncompare_point

tests/one_dimensional.cpp:43

↓ 10 callersFunctiondifferent

tests/harmonics.cpp:87

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